Vislink debuts an integrated COFDM and cellular bonding solution at NAB 2023, designed to enhance efficiency for remote production teams. The company's new 5G-Link and updated Quantum receiver aim to simplify broadcasting workflows by providing seamless bi-directional data communication over private 5G networks.
New 5G-Link System
The Vislink 5G-Link system offers wireless freedom, enabling high-quality, low-latency video transmission and IP control through a private 5G network. This setup avoids contention issues common in public cellular networks, ensuring stable connectivity even during large-scale events.
Updated Quantum Receiver
The updated Quantum receiver integrates COFDM and cellular bonding, allowing production teams to use both technologies within the same workflow. This is particularly useful for sports broadcasts that require on-field cameras as well as coverage from outside venues.
Key Features
- Seamless Bi-Directional Communication: The 5G-Link system supports full IP control connectivity, reducing the need for skilled on-site support and enabling in-band audio transmission to production centers.
- Voice Connectivity: Operators benefit from IP intercom capabilities, facilitating voice communication between edge devices and centralized operations centers.
- Centralized Management: Both new systems integrate with Vislink’s LinkMatrix cloud-based control platform, allowing for remote management and scheduling of links and configurations.
Mickey Miller, CEO of Vislink, expressed excitement about the launch, stating, “Our customers challenged us to pioneer new approaches to help them take REMI and cloud-based production to the next level, and we are confident we have delivered with our latest innovations.”
Application Scenarios
The integrated solution is ideal for various applications, including sports events that require both on-field COFDM cameras and external cellular-based wireless cameras. By enabling a single receiver population to handle multiple technologies, production teams can reduce operational overhead and improve efficiency.